Daniel Beard
@beardlabumich
ID: 1157366290568404994
http://www.virtualrat.org 02-08-2019 19:03:21
31 Tweet
92 Followers
48 Following
Big thank you to our UMPhysiology grad students Benedict Abdon Vi Tang Kelly Young and Rachael Lopez who gave our depatment's first virtual seminars this week. Your on-schedule talks brought some normalcy and an outlet for our scientific curiosity while #SociallyDistanced.
New Dan Michele paper in AJP-Heart and Circ showing dimethylarginines from necrotic muscle may impact cardiovascular function in mdx carriers. Lead by Joanne Garbincius, w/ D'Alecy lab, UMPhysiology Phenotyping Core, and undergrad fellows inc/ Lauren Merz journals.physiology.org/doi/abs/10.115…
Congrats to UMPhysiology graduate student Andrew Marquis for receiving a NIH NRSA Predoctoral Fellowship. Working with the Pinsky Lab and Daniel Beard, Drew is studying how hypoxic pulmonary vasoconstriction affects lung function using experimental/computational approaches
Congrats to UMPhysiology PhD student Rachel Lopez and collaborators in the Daniel Beard for her first author paper in Function using physiology and computational models to show how myocardial energetics drives abnormal function in heart failure academic.oup.com/function/advan…
Occasionally, a Sparty from MSU and a group of Wolverines from University of Michigan can dispel the rivalry and work together to do some cool science. Happy to visit Greg Fink lab and it was fun to be a part of this collaboration with Daniel Beard
Congrats to UMPhysiology PhD student @Drewzeewoozee for his first author publication in PLOS Comp Biol, with the Pinsky Lab and Daniel Beard, describing modeling of lung ventilation perfusion matching and hypoxic pulmonary vasoconstriction. dx.plos.org/10.1371/journa…
Congrats to UMPhysiology PhD student and CVRE T32 trainee @Drewzeewoozee for defending his dissertation today! Drew worked with Daniel Beard and David Pinsky from U-M Health Frankel CVC on computational modeling of the mechanisms of hypoxic pulmonary vasoconstriction and V/Q matching.